EVD1000 DC CHARGING PILE TESTER (INCLUDING LOAD CAN BE CUSTOMIZED EUROPEAN STANDARD, JAPANESE STANDARD, AMERICAN STANDARD)

Series:

EVD1000 complies with the national standard GB.T27930-2015 "Communication protocol between electric vehicle non-vehicle-mounted conductive chargers and battery management systems", and is compatible with the national standard GB.T27930-2011 communication protocol.
Suitable for DC charging pile testing, with a 7-inch touch screen interface that is convenient and simple to operate. The product comes with upper computer operating software, enabling various testing and analysis methods for charging piles. Suitable for use by R&D and debugging personnel, factory testing and after-sales personnel, and charging pile operators.

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Details

Product Features

♦ Real-time display of the message status of chargers CHM, CRM, CTS, CML, CRO, CCS, CST, CSD, and CEM.

♦ Vehicle-side message content and cycle are fully customizable, allowing simulation of various vehicle message scenarios.

♦ The host computer uses a USB interface for direct control, eliminating the cumbersome wiring and adapters compared to 485 and 232.

♦ Real-time message output and translation during communication, with real-time saving functionality. Equivalent to the functionality of a CAN box, convenient for direct use and fault analysis by various personnel.

♦ Statistics on the average cycle, number of transmissions, maximum cycle, and minimum cycle of various messages. Message waveform output provides a more intuitive and comprehensive analysis of charger faults.

♦ Communication consistency testing for charging piles, with the ability to generate analysis reports.

♦ Battery voltage simulation, allowing simulation of tests for positive connection, reverse connection, and no connection.

♦ Multi-level R4 resistor settings, allowing testing of critical gun removal and complete gun removal states.

♦ Multi-level DC+, DC- leakage resistance simulation, allowing balanced and unbalanced leakage tests for insulation checks of charging piles.

♦ Equipped with a Class 1 energy meter, real-time display of charging pile output voltage, current, power, charging energy statistics, and data synchronization to BCS messages.

♦ Automatic SOC increase, customizable charging duration for automated aging tests.

♦ Interoperability tests, insulation fault tests, gun removal tests, battery reverse connection, and no-connection tests.

Detailed Parameters

DC Charging Pile Testing Device
Model	EVD1020	EVD1030	EVD1060	EVD1120	EVD1180	EVD1240	EVD1250
Power Supply	220VAC±20%
Testing Object	DC Charging Pile
Operation Method	1. Host Computer 2. 7-inch Touch Screen
Load Power	20KW	30KW	60KW	120KW	180KW	240KW	250KW
Product Dimensions	W480H920L800	W650H1100L900	W650H1300L900	W940H1600L950	W1500H1200L1300	W1200H1600L950	W1500H1200L1300
Operating Temperature	-25℃-60℃
Application Scenarios	R&D debugging, factory aging testing, daily maintenance and inspection, charging pile maintenance, and charging pile manufacturing enterprises.

The above models are for reference only. For other specifications, please consult IUXPOWER Electronic Technolohy business channels. Specifications and parameters are subject to change without notice.

Reference Standards

GB/T 27930-2015 "Communication Protocol between Electric Vehicle On-board Conductive Chargers and Battery Management Systems"

GBT 27930-2011 "Communication Protocol between Electric Vehicle On-board Conductive Chargers and Battery Management Systems"

SAE-J1939-21 "Data Link Layer"

GBT-20234-2015 "Connectors for Conductive Charging of Electric Vehicles"

GBT 34658-2017 "Consistency Test of Communication Protocol between Electric Vehicle On-board Conductive Chargers and Battery Management Systems"

GBT 34657-2017 "Interoperability Test Specification for Electric Vehicle Conductive Charging"

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